You just treat scientific notation as a math problem. For example, 1.17*10^5 would be 1,17,000 (or in layman's terms, move the decimal point the number of spaces indicated by the exponent). If there's a negative exponent, that means you move the decimal to the left instead of to the right. For example, 1.17*10^-5 would be 0.0000117.
one thousand three hundred sixteen ten- thousandths
Just remember that there is one digit to the left of the decimal in scientific notation. All the other digits go on the right of the decimal. Then find an appropriate power of ten to write the rest of the number. Your 2042 is 3.76 x 105 in scientific notation.
1321000 in scientific notation is 1.321 x 10^6
Just remember that there is one digit to the left of the decimal in scientific notation. All the other digits go on the right of the decimal. Then find an appropriate power of ten to write the rest of the number. Your 3,400 in scientific notation is 3.4 x 104in scientific notation.
To write 99.7 in scientific notation, you can move the decimal point to the right until there is only one non-zero digit to the left of the decimal point. Count the number of places you moved the decimal point. Since you moved it two places, the scientific notation representation of 99.7 would be 9.97 × 10^1.
one thousand three hundred sixteen ten- thousandths
Just remember that there is one digit to the left of the decimal in scientific notation. All the other digits go on the right of the decimal. Then find an appropriate power of ten to write the rest of the number. Your 2042 is 3.76 x 105 in scientific notation.
1321000 in scientific notation is 1.321 x 10^6
Just remember that there is one digit to the left of the decimal in scientific notation. All the other digits go on the right of the decimal. Then find an appropriate power of ten to write the rest of the number. Your 3,400 in scientific notation is 3.4 x 104in scientific notation.
Move a decimal place left from the starting position. 19.784 in Scientific Notation is 1.9784 x 101
To write 99.7 in scientific notation, you can move the decimal point to the right until there is only one non-zero digit to the left of the decimal point. Count the number of places you moved the decimal point. Since you moved it two places, the scientific notation representation of 99.7 would be 9.97 × 10^1.
150 can be written as 150.0. Then, move 2 decimal places to the left, and in scientific notation, we have: 1.5 x 102
1.9314 X 10. Note that in scientific notation, usually only one digit is to the left of the decimal point.
To write 1300 in scientific notation, you would move the decimal point three places to the left, resulting in 1.3 × 10^3.
Scientific notation involves representing each digit in the number as a power of ten. In a decimal number, you just write the digits in order with a decimal point in the appropriate place.
346800000.0 is the decimal form. Depends-Are you having to write this in scientific notation? Because if you are then it is: 3.468 x 10^8
Write the number as a decimal multiplied by a power of 10